StarTech.com Pasta Termica ad Alte Prestazioni, confezione da 5 siringhe richiudibili (1,5 g/cad), Pasta Termoconduttiva con Assido di Metallo per CPU/GPU, RoHS/CE (SILV5-THERMAL-PASTE)

Ottimo

Pasta perfetta fa il suo lavoro alla grande

Punti positivi😁 Facile da applicare😁 Ottimo rapporto qualità-prezzo😁 Migliora dissipazione del calore😁 Adatto a CPU e GPU😁 Effetto duraturoPunti negativi😟 Confezione migliorabileRecensione con voto finale: 5 - La consiglioHo scelto questa pasta termica per migliorare le prestazioni del mio laptop e devo dire che sono rimasta piacevolmente sorpresa dalle sue prestazioni. L'applicazione è stata semplice e il risultato immediato: il processore e la scheda video hanno una migliore dissipazione del calore, soprattutto durante utilizzi intensi. Il prezzo è ottimo considerando l'efficacia del prodotto. L'unico inconveniente è la confezione che sarebbe potuta essere più pratica. Tuttavia, nel complesso, consiglio vivamente questa pasta termica per chiunque voglia ottimizzare la dissipazione del calore del proprio dispositivo.

ミドルクラスのPCでゲームをするくらいの人であれば、この商品で十分満足できると思います。

Done, happy, good price and fast deliveryThank you

Ho acquistato questa pasta termoconduttiva per il mio processore CPU e devo dire che sono rimasto molto soddisfatto del risultato. La pasta termica con ossido di metallo da 1,5g è facile da applicare e mantiene il processore fresco durante l'uso intenso. Consiglio questo prodotto a chiunque voglia migliorare la dissipazione del calore del proprio processore CPU.

La pasta arriva in questa siringa comodissima , è sicuramente per più di 1 singolo uso perché c’è n’è tanta.

Ottimo prodotto, ho messo la pasta termica in due pc e me ne è rimasta per farne altri due. La temperatura è scesa da quando l'ho applicata. Fa il suo dovere. La consiglio se dovete rinnovare i vostri pc.

Ho usato questa pasta termica su processore e scheda video del mio laptop. Il pc ormai raggiungeva temperature troppo elevate e dopo averlo smontato e ripulito ho applicato un nuovo strato di pasta. Appena rimontato ho notato subito la differenza ma dopo circa un mese mettendo il pc sotto sforzo le temperature sono tornate ad alzarsi leggermente.Riassumendo il tutto pasta discreta ma se si usa il pc ad alte prestazioni non la raccomando.Inoltre consiglio al produttore di inserire una Palettina nella confezione per stendere e facilitare l’applicazione della pasta. (ho dovuto adattarmi con una paletta da gelato usa e getta)

Comoda e di buona qualità utile per l'impiego e non sprechi

Excellent bang for the bucks (20yrs IT PRO).I work in IT over 20 years and have assembled and maintained many different kind of systems from laptops to big servers, I stress it - not just keys clicking - assembling from bunch of parts, so I very well know hardware part of the cooling story.>>this for those who relatively new to this>>>First of all - remember if your radiator/cooler is inadequate - no thermal compound can fix that - get better airflow or bigger cooler - have done extreme clocking - know that.Second - most important - it is thermal transmission improver - between CPU core and radiator - so it must be as thin as possible BUT NO GAPS - any air gap will make it much worse, so make sure you installed your radiator tight and do not pull it out "to have a look", if you do - reapply.third - once you put radiator on CPU core covered in thin even layer of compound - while holding radiator flat against core (important to don't chip the edges of core) apply some pressure and move it a bit in a twist motion to remove excess compound from junction! MOST IMPORTANT - KEEP RADIATOR BOTTOM FLAT AGAINST CPU CORE - this is why it better when it not too dense so you don't have to apply a lot of pressure.>>>>>Now story of the compound - I had somewhat extreme project - sticking a extreme core laptop CPU into a regular E5430 laptop... max TDP 35W per Dell (I have non stock power supply - recommended 100-150W), CPU I was to put in was Extreme i7-3940XM 55W - there is plenty of info on CPU, basically in short a bit of overkill and laptop cooling system is barely adequate for it.So I had some compound - bit dated so it was too thick - remember - it have to be thin, tried to make it - just that was all I had at the moment...Had it working under load to test - 3 ZIP thread loaded CPU on average to 50% then temp spiked to +100C and thermal throttling kicks in effectively limiting CPU speed with spikes to +104C (219F) and effective clock limited at 3.2ghz CPU load also was spotty jumping across cores between 25% to 50% as it tried to reduce heat - fan itself was working ok, ambient temp 22C.I had to limit clock speed to avoid overheating events and order new thermal compound - Startech.Com 1.5G Metal Oxide thermal Cpu Paste.I have tried much more expensive ones on desktop systems and can say - unless you buy a completely "no name" crappy stuff they all works pretty much fine - MORE IMPORTANT IS HOW WELL YOU INSTALL IT and of course WHAT COOLER YOU HAVE (that the biggest thing but I saw pretty good coolers performance ruined by poor install)...I got that one - cleaned up CPU - make sure NO OILY FINGERPRINTS on CPU core or radiator and both mating surfaces are free from any scratches and your radiator mounting hardware is level it tight, put compound on, installed radiator as said above (if yours on screws - DO NOT TIGHT ONE SIDE - USE SAME WAY AS WITH WHEELS - OPPOSITE ENDS TIGHT PARTIALLY one then OPPOSITE, then on other edge, then opposite then repeat sequence till it full tight).Put back the same test - not enough, bumped number of threads - got 7 zip threads runs at same time (each in 8core mode) it basically draw almost all avail RAM - CPU LOAD SHOWS FLAT 100% on all 8 cores. Clock shows at 3.9Ghz after 20 min CPU temp was remain stable at 95C (203F) Occasional spikes were noted to 98C (208F) no throttling active.In both cases"no load" temperature was at 54C (129F)peak temps were the same as not affected muchHDD (SSD) temp - 42C (107F)System board - 69C (155F)For me it well worth the bucks spent as upgrading laptop cooling system is quite difficult thing to do, so for many laptop users it will be the best medicine.- on side more - make sure you have your laptop cooler cleaned from dust and lubricate motor w silicone lube it necessary (5yrs old coolers).Thanks for reading.

I had a computer that was shutting down with no warning randomly. There was no error message either, very strange. I downloaded a heat monitor program and it seemed to be running hot. So, I took a chance and ordered this and took it apart carefully. Cleaned the heat sink and cpu carefully with rubbing alcohol and queue tips (easy.) And, SHAZAM! It now works flawlessly, faster and seems to be running about 30 degrees cooler possibly 40 thought it bounces around.I was a bit skeptical but it works remarkably well. The scariest part is taking the laptop apart. My advice take a piece of paper and put the screws on the paper where they were on the lap top. So you know where to put them back. Double check all your ribbons and connectors before screwing it back together and test it before putting in all the back screws. (I forgot one connector. And couldn't get a ribbon back in without removing the keyboard.) While you are in there blow out the dust in the fan in the correct direction and vents etc with a can of air or an air compressor.Note it is normal for the factory thermal compound to break down in maybe 5 years or less. So this is normal maintenance but should last longer.Yes it really does work. I got the small tube and could probably do 2 PCs with it, since I don't do this often and would buy again rather than hunt down where I put the tube in 5 years.

My Dell Inspiron 1545 laptop's fan was running much more frequently than a few months ago, so it was time again to clean out the cooler heat exchanger. It's simple to take out all in one piece and clean (once out, just blow through the heat exchanger (not in the direction of the open laptop!), but doing so means breaking the two seals between heat sinks and devices.Just putting the cooler back again without replacing the thermal paste only gives a tiny reduction in device temperatures, so, having learned that lesson, I always replace the thermal paste.I carefully cleaned the existing dry paste off using cotton buds, methylated spirits and some surgical gauze pads, making sure that no debris got onto any other part of the laptop. The methylated spirits is a good solvent, doing the same job as isopropyl alcohol. It's highly flammable so don't do the job near any flames and do ensure good ventilation.After that, it was simple to apply the StarTech thermal paste thinly onto the conducting surfaces of the two devices before replacing the cooler. There is more than enough paste supplied to do the job three or four times over with this particular laptop.The results have been that indicated temperatures of 70+ degrees celsius (and I don't use power-intensive programmes) have been reduced by about 15 to 20 degrees, which is what I have experienced with previous clean-outs.I used the free SpeedFan utility to check the temperatures.